Liste des hashtags les plus populaires par sujet #MAKEBLOCK

Luva para pessoas com daltonismo. #aprendizagemativa #stemforkids #bncc #aprendizagemcriativa #makeblock #robotics

Çizgi izledik, labirent çözdük, bayrağımızı göndere çektik. Kendi tasarımlarımızı oluşturup algoritma geliştirdik. Tebrikler çocuklar ;) #robotikkodla #arduino #mBot #kodlama #robot #3dyazıcı #makeblock #Scratch #codeorg #3boyutlutasarım #thinkercad #cubetto #sketchup #makey #STEM #programlama #drone #akıllıev #yapayzeka

Çalışmaya, üretmeye ve kodlamaya devam. Kendi tasarımlarımızı yapıp kodladık. Yasin' i keskin nişancılığından dolayı tebrik ediyoruz ✌️☺️ #robotikkodla #arduino #mBot #kodlama #robot #3dyazıcı #makeblock #Scratch #codeorg #3boyutlutasarım #thinkercad #cubetto #sketchup #makey #STEM #programlama #drone #akıllıev #yapayzeka #tübitak

Oh hello Cozmo! Meet your new cousin! #MakeBlock #Cozmo #Robotics #Robot #tech @makeblock

The underworld of electronics/robotics is lit!

#ура Мы открываемся!! #программированиедлядетей #программирование #great #opening #makeblock #mblock5 #codeyrocky #robots #shop #robots #robotsbuy #buy #Turkmenistan #Ashgabat #first #oneandonly #child #knowledge #knowledgeispower #programming #future

@mearm.ben from MeArm was kind enough to send me a complimentary MeArm robot kit and I volunteered to build and tell you all about it. This robot, which I have named Eliza, is the 5th robot that I have built. As a reminder, the other robots include: • Bizzo (a differential drive robot sourced from ~50+ suppliers) • Bizzo 2.0 (made from MakeBlock) • Oscar the Arm (made from ArmUno) • Oscar the Arm 2.0 (made from a kit sold via a private roboticist professor. Also the arm I am currently using to learn robotics theory - going well). . . . Ok, here is my Eliza review: ⁣⁣ • Eliza is a MeArm V3 Wifi robot arm. Arduino compatible. Controller board comes preprogrammed. 4 servo motors. Programming seems like it will be fun (but finishing up robotic theory before I dive in) • Took me a few hours total to build. Not bad at all - I just got tripped up in a few confusing directions from the kit. I followed the video instructions, but the assembly manual looks pretty easy with nice pics. There were many unnecessary steps, including⁣⁣ the removal of the backing from all the pieces • Calibration of the servo motors was also very confusing because there are super minimal instructions on that part • With that said, once building was done, I like Eliza more than the other "arm" robots I have, because of the pre-programmed joysticks. It's really nice to be able to validate upfront if the motors work the way they should. Usually you need to program the board first to see how the "build" turned out. Thank you, MeArm! . . . Ongoing chronicle of a non-engineer self-teaching himself robotics. It's kind of an obsession at this point!

This was created by my alma mater, @rutgersu !! Those students are making me proud! The robot goes from air to under water. Very impressive. I can't even begin to fathom the amout of programming and mechanical engineering required. At least not yet! . . Ongoing chronicle of a non-engineer self-teaching himself robotics. It's kind of an obsession at this point! . . . @electronoobs @robocurious @makers_moment @spactronics @world.of.robots @superincrediblebot @ditoec @matlab @robonist @electronics_robotics @robotx_tr @roboturkacom @arduino.cc @eh_org @learnrobotics . . . #arduino #makeblock #robot #technology #robots #flyingrobot #embedded #microcontroller #8051 #raspberrypi #kinematics #coding #robotic #iloverobots #omgrobots #entrepreneur #robotica #flipping #arduinoproject #praisetheLord #diyelectronics #automation #ai #robotarm #machinelearning #artificialintelligence #letthekids #robotics #denverrealestate #realestateinvestor

I continue to follow along an amazing robotics class I found. It focused on mastering robotics theory by hands-on learning, which is what I want, but I had to build another robot so that I can follow along. The fundamentals of my robot (named him Oscar) are now put together. It is a PSOC microcontroller on a custom baseboard. Right now there are only two servo motors and I also wired an LCD screen for troubleshooting (along with a potentiometer). I recorded my path to building and wiring most of this, so one day in the future I will post those videos for anyone interested. In this video I have programmed both links of Oscar to perfectly hit the 0 and 180 degree angles, and the 90 and -90 angles of its 'world frame'. From a theory standpoint, I have learned (nearly mastered) kinematic diagramming, rotation matrices, displacement vectors, and homogeneous transformation matrices. Next up: inverse kinematics! (DM me if you are new and have no idea what I'm talking about lol). ... Ongoing chronicle of a non-engineer self-teaching himself robotics. It's kind of an obsession at this point!